1k8 resistor color code

While these codes are most often associated with resistors, then can also apply to capacitors and other components.

Resistor color code is a color code to indicate the resistance of that resistor. Resistor color code can be formed with 3, 4, or 5 color bands. Each band has their own number to form a resistance number. The body color doesn't have any meaning. The figure below shows the color coding of the 1. The color code of resistor with 4 bands will be with colors of the bands are Brown, Gray, Red and Gold.

1k8 resistor color code

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The table below shows the color codes for the E12 and E24 preferred values.

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Resistor color code is a color code to indicate the resistance of that resistor. Resistor color code can be formed with 3, 4, or 5 color bands. Each band has their own number to form a resistance number. The body color doesn't have any meaning. The figure below shows the color coding of the 1.

1k8 resistor color code

The four band 1K resistor is one of the most common resistors in electronics. The 1k resistor color code allows us to quickly identify the resistance value and tolerance of a 1k ohm resistor. This band is almost always gold or silver, so it is usually easy to identify. Resistor color codes always have digits, followed by a multiplier, follower by a tolerance value. Band One — 1st Digit: This is the first digit of the resistance value. The first band is brown, which corresponds to the value 1. Band Two — 2nd Digit: The second digit of the resistance value. This band is black, which corresponds to the value 0. This is added to the right of the first digit from band one. Band Three — Multiplier: Takes the digits and multiplies them by a value given by this band.

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This band is Gray, which corresponds to the value 8. In the E24 range the preferred values are:. You will notice that there are 24 rows containing the basic resistor values and the columns to the right list the decade values thereof. The third color band represents a decimal multiplier by which the first two digits must be multiplied to obtain the resistance value of the resistor. The table below shows the color codes for the E12 and E24 preferred values. Takes the digits and multiplies them by a value given by this band. The actual multiplier is 10 n , where n is the value of the band color. Therefore, a simpler alphanumeric coding system is used. On a 5 and 6 band, the first three bands are the significant digits. This range most commonly covers metal film resistors which are not readily available in values above 1 Megohm - 1M0.

The humble resistor is the lowest-cost component in our maker box, but it is also incredibly useful.

Because of problems in seeing the decimal point in some printed texts, the 3 letters: K M or R are used in place of the decimal point. The numbers represent the same as the first three bands on a 4 band resistor. The 5 and 6 band resistors work exactly the same as the 4 band resistor. Resistor color code can be formed with 3, 4, or 5 color bands. The first band is Brown, which corresponds to the value 1. On a 4 band resistor, the first two bands represent the significant digits. The next band represents the multiplier or "decade". As a result, the resistance value of the resistor with the color bands of Brown Gray Red Gold is 1. This tells how accurate the resistance compared to its specification. The standard color coding method for resistors uses a different color to represent each number 0 to 9: black, brown, red, orange, yellow, green, blue, purple, gray, white.